New Technology for Improving Vehicle Performance and Design
When it comes right down to producing quality vehicles, manufacturers will have to focus on guaranteeing better performance and improving the experiences of vehicle owners.
While you as the user have some improvement options on performance It is only important for car manufacturers — particularly OEM and Tier 1 manufacturers — to invest heavily in new innovations that can help improve customer experience.
One thing’s for sure, the number of resources spent on new production methodologies and equipment matters a lot. After all, innovation in the automotive industry is driven by adoption and investments.
New technology and disciplines must be adopted considering the fact that the automotive industry remains highly volatile. New technology will thus pave the way forward. Not only in terms of increasing the production capacity of key players but also in providing the consumer market with fresh and highly innovative solutions for everyday life.
Let us look at a few innovations that will have a long-term impact on the car production sector.
Nanotechnology, or nanotech, is not a new concept. Considering the fact that it has already been in use, particularly in the field of automotive.
Sure enough, the current market demands better products that allow for instant modification without impinging on performance. With the emergence of nano-steel, consumers are able to enjoy highly versatile vehicles that can be customised. We can look no further than futuristic features. There are things such as self-repairing bodies that also change colour in the same way as chameleons do.
Although we’re still far from fully developing such technologies, it’s still important to take note of what nanotech can do so far. In terms of design, nanotech can be applied to develop lightweight materials. These include semi-conductors, integrated circuits, and transistors.
Car manufacturers can make use of nanotech to create lightweight yet durable steel frames and parts. Embedding nanoparticles in metal parts, for instance, allows for less weight and better fuel efficiency in the long run.
Laser technology is not as new a concept as nanotech. However it has been applied in industrial setups in recent years. For one, this concept has been used particularly in machining services and cleaning. As the technology gets even more sophisticated over time, laser applications are becoming more and more prevalent. It's also becoming more reliable within the industrial sector.
This would explain the proliferation of service providers of industrial laser tech, particularly in OEM and Tier 1 manufacturing. Key players in the automotive sectors are looking towards efficient laser solutions in a bid to streamline their workflows. Therefore eschewing traditional machining in favour of experienced laser solutions providers such as Laserax.
Manufacturers can now eliminate the printing of labels, barcodes and logos. Instead they choose to use laser technology to engrave or etch these markings directly on each piece as it comes off the assembly line.
The bottom line
The industrial sector is evolving, and car manufacturers are not too far behind in adopting new technologies for better products.
And with all the research and development happening, the future of automotive manufacturing can, and will, change the trajectory of future mobility.
Indeed, as users become more sophisticated in their choice of vehicle, it’s crucial that producers invest in new production methods. Methods that should not only minimise waste and ensure profitability but also ensure better quality and safety for end users.